3 Electromagnetic Design Jobs

As an Electromagnetic Designer at Cell Propulsion, you will be an integral part of our dynamic engineering team dedicated to developing cutting-edge technologies in the electric mobility sector. Your primary focus will be on designing and optimizing advanced motor systems with a strong emphasis on electromagnetic design and analysis. Collaborating with cross-functional teams, you will play a crucial role in creating high-performance, efficient, and reliable motor systems for various applications. Your responsibilities will include designing and optimizing electromagnetic systems for advanced motor applications, conducting simulations and analyses to improve designs, collaborating with other engineering disciplines to integrate electromagnetic designs into overall system requirements, developing and validating electromagnetic models, staying updated on the latest trends in electromagnetic design and motor technologies, participating in the entire product development lifecycle, ensuring designs meet performance, cost, reliability, and manufacturability requirements, documenting design work, and providing technical reports and presentations. Additionally, you will be responsible for supporting the troubleshooting and resolution of electromagnetic-related issues in existing products. The ideal candidate will hold a Bachelor's or Master's degree in Electrical Engineering, Physics, or a related field, with a minimum of 2 years of experience in electromagnetic design, preferably in motor systems. Proficiency in electromagnetic simulation tools such as ANSYS Maxwell, JMAG, or COMSOL, a strong understanding of electromagnetic theory as applied to motor design, experience in designing for manufacturability, knowledge of thermal management in high-performance motors, excellent problem-solving skills, attention to detail, strong communication, and teamwork abilities are essential. Preferred qualifications include experience in the automotive or aerospace industry, familiarity with industry standards and regulations related to motor design, and project management experience. In return, you can expect a competitive salary and benefits package, opportunities for professional growth and development, a dynamic and innovative work environment, the chance to contribute to building advanced mobility systems, and complimentary snacks and beverages.,

The position at Padmini VNA e-Drive, a subsidiary of PVNA Mechatronics Limited, offers an exciting opportunity for a skilled Traction Motor Design lead to be a part of the dynamic engineering team dedicated to revolutionizing the electric vehicle (EV) industry through cutting-edge technology and sustainable solutions. As the Traction Motor Design lead, you will play a crucial role in designing, developing, and optimizing traction motors for electric vehicles. Your responsibilities will include conducting electromagnetic, thermal, and mechanical analysis to enhance motor performance, collaborating with cross-functional teams for seamless integration, conducting prototype testing and validation, and utilizing advanced simulation tools for design and analysis. Additionally, you will be responsible for maintaining detailed documentation, staying updated with industry trends, and providing technical support to team members. To excel in this role, you must hold a Bachelor's or Master's degree in electrical engineering, Mechanical Engineering, or a related field, along with at least 7 years of experience in motor design, preferably in the automotive or electric vehicle industry. Your technical skills should include knowledge of hybrid and electric vehicle systems, industry standards and regulations, project management, electromagnetic simulation tools like ANSYS or Maxwell, thermal management, motor control systems, power electronics, CAD software for mechanical design, and excellent problem-solving and communication abilities. If you are a motivated individual with a passion for high-performance motor design and a desire to contribute to the advancement of electric vehicles, we invite you to join our team at Padmini VNA e-Drive and be a part of the innovation in sustainable transportation.,

DESIRED SKILLS Printed circuit board design (proficient in Altium a PLUS), fabrication and assembly (AutoCAD) Communication systems (high-speed servers, switches, routers, storage) Signal conditioning techniques (equalization, amplification) SixSigma methodologies or other strong data analytics background a PLUS. Experience in project leadership, especially as it applies across design, development & manufacturing teams Direct customer design and support experience Application and test knowledge of high-speed devices and equalization techniques Design experience with high-speed servers, switches, routers, storage, antenna, RF front end or similar systems Job Overview TE Connectivitys R&D/Product Development Engineering Teams conceive original ideas for new products, introduce them into practice. They are responsible for product development, and qualification from market definition through production and release; assist in the qualification of suppliers for new products to ensure suppliers deliver quality parts, materials, and services for new or improved manufacturing processes; conduct feasibility studies, testing on new and modified designs; direct and support detailed design, testing, prototype fabrication and manufacturing ramp. The R&D/Product Development Engineering Teams provide all required product documentation including, but not limited to, Solid Model, 2D/3D production drawings, product specifications, and testing requirements. They create and modify detailed drawings and drafting or conceptual models from layouts, rough sketches or notes and contribute to design modifications to facilitate manufacturing operation or quality of product. Typical fields of expertise include: materials, mechanics and systems, electrical, optics, chemistry, software, automation systems, packaging, testing and measurement, and manufacturing of electrical, mechanical and electronic components, products, and their integration into systems. KEY RESPONSBILITIES: Drive SI design, simulation, and validation for next-gen high-speed interconnects (112G/224G PAM4, PCIe Gen6/7, Co-Packaged Optics) through the product development cycle. Conducting SI COE analysis, including o Performing signal integrity simulations and analysis for high-speed interconnect product development. This includes determining the correct simulation methodology and setup to use, as well as a good understanding of the criteria for each interface. o Modeling the connector with the consideration of manufacture impact and application impact. o Providing solutions to the SI challenges. This includes identifying the problems, making research plan, developing new technologies, and training and sharing the findings to the SI community. Develop novel interconnect solutions by optimizing mating interfaces, lead frames, and PCB transitions for resonance-free, low-loss performance. Enhance bulk cable design & termination techniques to minimize skew, impedance mismatches, and signal degradation. Advance high-frequency testing methodologies beyond 67 GHz with innovative non-PCB-based test fixtures. Utilize AI & big data analytics for predictive SI modeling, auto-routing, and performance optimization. Optimize material selection & electromagnetic design to improve noise isolation, signal integrity, and high-frequency response. Collaborate with NPD teams & industry partners to influence SI strategies, technology roadmaps, and next-gen product designs. Represent TE at industry forums (IEEE, OIF, PCI-SIG, etc.) and contribute to next-gen SI standards. Bachelors degree in Electrical Engineering. Should have total work experience of 3-5+years. Minimum of 5+ years of work experience in a signal integrity engineering role or related experience Minimum of 3+ years of work experience in connector development - Experience with interconnect design or experience with connector &/or cable/cable assembly design(high speed twinax cables, direct attach copper (DAC) cables) Demonstrated experience using Signal integrity analysis tools (Agilent ADS, Ansys HFSS or equivalent, 3D modeling tools) and testing equipment (including VNA, TDR and BERT). A solid understanding of statistical analysis and AI training. A solid understanding of SI knowledge, including electromagnetic theory and electrical circuit behavior Strong analytical capabilities to interpret simulation and lab data to identify issues and provide solutions to fix identified problem. Familiarity with printed circuit board design, fabrication and assembly. Familiar with material, manufacturing process, and manufacture inspection. Familiar with at least one programming language, such as Matlab, python, C++, VB, etc. Excellent verbal and written communication skills.